Here are some of the ongoing research projects I'm involved in. Most are currently under journal revisions, and others are awaiting final feedback from professors. A few remain open simply because I haven't had time to finalize them, and just a few are still in active development—whether that's analysis, writing, or conceptual refinement.
Kurter, E. C., Nemnem, A. M., Karakan, I., & Imran, J. (in preparation). A Fragility Framework Levee Breaching due to Time-Varying Overflow: Winfield Levee Breach During 2008 Floods of the Mississippi River.
Hatami, M., Kurter, E. C., & Imran, J. (in preparation). A Multi-Hazard Risk Assessment for the United States: Integrating Climate Scenarios with Hazard, Exposure, Resilience, and Vulnerability.
Hatami, M., Kurter, E. C., & Imran, J. (Manuscript submitted for publication). A Comprehensive Geospatial Dataset for Risk Assessments of Natural Hazards in the United States.
Kurter, E. C., Goharian, E., Toussaint, E., Baalousha, M., Banerjee, M., Downey, A. R. J., & Imran, J. (in preparation). System-of-Systems Analysis of Flood-Borne Water Contamination.
Nemnem, A. M., Kurter, E. C., & Imran, J. (in preparation). A Fragility Framework for Flash Flooding: Camp Mystic Flood of 2025 in Texas.
Nemnem, A. M., Kurter, E. C., Khan, M. S., Ashoor, A. A., & Imran, J. (in preparation). Comprehensive Probabilistic Assessment of Dam Breach and Flood Modeling in Data-Scarce Environments: Dam Breaches During the 2023 Flood of Derna, Libya.
Balachandran, S., Kurter, E. C., Anand, C., Dwivedi, D., & Imran, J. (in preparation). Pixel-Level Fragility Curves and Flood Risk Maps from Surrogate-Based Dam-Breach Modeling.
Kurter, E. C., Al-Hafidh, I. A. I., Calamak, M., Chaudhry, M. H., & Imran, J. (in preparation). Controlled Levee Breach as a Method for Reducing Flood Stages: Experimental Investigation.
Torkomany, M., Kurter, E. C., Jamal, J., Mashreghi, A., Nemnem, A. M., Sahu, B., Karakan, I., Hatami, M., Balachandran, S., Viparelli, E., Chaudhry, M. H., & Imran, J. (in preparation). Earthen Dam/Levee Breaching: A State-of-the-Art Review.
Karakan, I., Kurter, E. C., Nemnem, A. M., & Imran, J. (in preparation). Solutions of Diffusion Wave Equation Using Meshless Radial Basis Function Collocation Method for Flood Routing of Channel Networks.